RT @xiaolin422: Mapping without BAC library! Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and o…
@kamiljwitek Is it already applied to plants? It should be very useful for cloning plant R genes.😬 https://t.co/6Si368Gtmf
Mapping without BAC library! Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t.co/Z3Y3eiSyU6
RT @yad_ghavi: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @yad_ghavi: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t.co/oDTw27OOSD
@CGNY_William @CancerConnector This popped up in @biorxivpreprint addressing Cas9-assisted capture. Very cool! https://t.co/HsUbSXn991
@gringene_bio @aphillippy @sergekoren @Clive_G_Brown Capture for 10X works, but not sure will resolve large repetitive gap; in vitro CRISPR+nanopore may be a good bet https://t.co/uTIEhUfLvE
RT @IdeaAntenna: This method is CATCHing my attention #nanopore #ngs #bioRxiv https://t.co/cZ0913R6hY
RT @IdeaAntenna: This method is CATCHing my attention #nanopore #ngs #bioRxiv https://t.co/cZ0913R6hY
Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t.co/COMUXa3YYY
#cars #greatoutdoors #MusicLov3rz -- BLOCK THIS: https://t.co/lTkTjGTeEP
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
This method is CATCHing my attention #nanopore #ngs #bioRxiv https://t.co/cZ0913R6hY
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
Can be a useful approach to tackle difficult genomic loci. i.e. HBG1, HBG2 https://t.co/NcIimGL2NA
Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https://t.co/2X6YgdK0Gl
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
what an awesome idea! https://t.co/LF2dfHPYZD
Cas9+seq. https://t.co/4bqwHZY8P0
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @lambros_f: Might be used to sequence specific loci? Neat! https://t.co/AqArJwMuht
RT @TheNanoporeSite: Gabrieli et al.: Cas9-Assisted Targeting of Chromosome segments for targeted nanopore sequencing https://t.co/cDOMhybn…
Gabrieli et al.: Cas9-Assisted Targeting of Chromosome segments for targeted nanopore sequencing https://t.co/cDOMhybnrN
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @lambros_f: Might be used to sequence specific loci? Neat! https://t.co/AqArJwMuht
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @coregenomics: Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https:/…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
Cool: Cas9 excision of large (200kb) fragments for @nanopore sequencing and @bionanogenomics on @biorxivpreprint https://t.co/zybKU2EL8b https://t.co/ZEgQkAFHQs
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
Targeted Nanopore https://t.co/n0vBMeu0uA
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
Congrats @hagenom ! I want to try this https://t.co/qPPZj3VXGb
RT @tdread_emory: 200 kb region of E. coli genome cleaved by cas9 and two guideRNAs in agarose gel plugs then sequecned w minIOn. Very coo…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
RT @mason_lab: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t…
Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t.co/zv6p6d51fE
RT @biorxivpreprint: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical ... https://t.co/…
Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping; https://t.co/RV9vrtkVi5
Size selection for targeted DNA enrichment. Great concept, still hard work. Pulse field gel electrophoresis... everything old is new again! https://t.co/9CDtebvzL5
Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t.co/ggbldIlr1W
CRISPR-Cas9:[シーケンシングの前処理]標的領域の両端を切断しPFGEで分離(CATCH法)後、ナノポアシーケンシングとオプティカルマッピング;長いインタクトなDNAを解析可能;大腸菌ゲノムで実証 bioRxiv 0220 https://t.co/c8yTVGW4Yo
Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https://t.co/SGbtcD52FD
RT @lexnederbragt: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical genome mapping https…
RT @biorxivpreprint: Cas9-Assisted Targeting of CHromosome segments (CATCH) for targeted nanopore sequencing and optical ... https://t.co/…